CEEN 545 - Lecture 8 (Part 2) - Seismic Hazard Analysis

This lecture is part 2 of a two-part series on seismic hazard analysis. This lecture reviews more concepts of PSHA including magnitude recurrence laws, variability of ground motion prediction, and temporal uncertainty. Seismic hazard curves are introduced and demonstrated.

[@aspybronoskimbaniillo8229]

You have made it clear and easy to digest. Thanks a lot and big love.

[@dtan2817]

These series of lectures are beyond amazing. Very well explained and organized. Thank you for sharing your knowledge🎉🎉🎉 i hope you and your family are well

[@prinzeldupingay4059]

Thank you sir for this amazing video. It literally saved me from my distress. I hope you all the best Sir.

[@munawarhussain7878]

You have explained it very well. i appreciate it please make more videos. :)

[@munawarhussain7878]

Your slides are awesome too :) .

[@snehanjanmishra3834]

Thank you so much, sir!

[@konanblejustin855]

Great course. Thanks you very much

[@farahnazabouk2461]

❤❤❤good

[@kevinsaluague009]

Hello Sir! where can i find lectures 5, 10, 11, 12part2 and 13?

[@josegonzalez-alfaro4651]

Hi professor! Very good lectures, congratulations. I have a question: how do you calculate the PDF for a fault with a recurrence rate of thousand years (paleoseismic records) and no seismic historical data? Is it impossible to calculate the PDF?... Kind regards form Chile.

[@gilbertpasiona8532]

in 29:09, how does 0.8671 get?. thanks in advance.

[@1_adamfatkhurrahman140]

thank you sir, but can you explain the part of P[R=r] on the PSHA equation? please?

[@Martin-iw1ll]

I dont think the pdf would be gaussian, the probability of a 4.0 earthquake should be much greater than 7.0